Activity 2: 

Potica Baking and Nutritional Analysis

Type of activity: Experiential Learning

Step-by-step description:

Step-by-step description:

1. Introduction:

   • Introduce the Potica Baking and Nutritional Analysis project, explaining the objective to explore the scientific principles behind traditional Potica recipes.

   • Provide background information on Potica, including its cultural significance and traditional preparation methods.

2. Research and Experimentation:

   • Organize students into small groups and assign each group a specific aspect of the Potica preparation process to investigate (e.g., the role of yeast in dough rising, the nutritional content of walnuts).

   • Instruct students to research the scientific principles behind their assigned aspect and develop hypotheses for their experiments.

3. Experimental Baking:

   • Provide kitchen tools and ingredients for students to experiment with their assigned aspect of Potica preparation.

   • Guide students through the process of mixing ingredients, kneading dough, and baking Potica.

   • Instruct students to test their hypotheses, make observations, and record data throughout the baking process.

4. Data Analysis and Documentation:

   • Teach students how to use digital tools (e.g., Canva, Adobe Creative Suite) to document their experimental process, results, and analysis.

   • Have students create a digital presentation that includes their research, experimental data, and conclusions.

5. Creative Presentation:

   • Encourage students to design an artistic presentation for their Potica, using food-safe colors and edible decorations.

   • Facilitate group discussions and offer guidance on how to create visually appealing and culturally relevant presentations.

6. Science Fair Showcase:

   • Organize a showcase event where students present their Potica experiments and findings to the class, explaining their scientific principles, experimental process, and presentation choices.

   • Encourage peer feedback and reflection on the scientific rigor, creativity, and cultural relevance of each project.

Check the understanding:

• Conduct a debriefing session where students reflect on the scientific principles they explored, the challenges they faced, and the outcomes of their experiments.